Question 1)In a dynamic system with expression [img1] in the time domain, all initial conditions are assumed to be zero.This system will be used in the standard unit feedback control system, and the reference input is unit stepfunction, the controller is a PD controller given with [img2].Accordingly, fill in the table below.The numerical solver (Configuration Parameters under Simulation in the menu) parameters for this stage are shown above. Table 1: Design ResultsExceed (%) ?? Rise time (s) ?? Sitting time (s) ?? Peak time (s) ?? Question 1)y(t) = -y(t) + u(t)In a dynamic system with expressionin the time domain, all initial conditions are assumedto be zero.This system will be used in the standard unit feedback control system, and the reference input is unit stepC(s)function, the controller is a PD controller given withU(s)+ 4E(s)Accordingly, fill in the table below.The numerical solver (Configuration Parameters under Simulation in the menu) parameters for this stage are shownabove.Table 1: Design ResultsExceed (%) MpRise time (s) trSitting time (s) tsPeak time (s) tp

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Answered: Table 1: Design Results Exceed (%) Mp…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question 1)

In a dynamic system with expression [img1] in the time domain, all initial conditions are assumed to be zero.

This system will be used in the standard unit feedback control system, and the reference input is unit step
function, the controller is a PD controller given with [img2].

Accordingly, fill in the table below.

The numerical solver (Configuration Parameters under Simulation in the menu) parameters for this stage are shown above.

Table 1: Design Results

Exceed (%) ??
Rise time (s) ??
Sitting time (s) ??
Peak time (s) ??

Question 1)
y(t) = -y(t) + u(t)
In a dynamic system with expression
in the time domain, all initial conditions are assumed
to be zero.
This system will be used in the standard unit feedback control system, and the reference input is unit step
C(s)
function, the controller is a PD controller given with
U(s)
+ 4
E(s)
Accordingly, fill in the table below.
The numerical solver (Configuration Parameters under Simulation in the menu) parameters for this stage are shown
above.
Table 1: Design Results
Exceed (%) Mp
Rise time (s) tr
Sitting time (s) ts
Peak time (s) tp

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